Answer: The female is a carrier for hemophila, since the parents are phenotypically normal and The Turners syndrome is caused by an error which caused the missing chromosome to dissapear duting oogenesis (egg prodiction) or spermatogenesis (sperm production)
Explanation:
Hemophila is an X-linked recessive disease an in this case has complete penetrance ie. The phenotype will be expressed.
Here the parents do not express hemophilia thus indicating that the mother (this is an X-like recessive disease) expressess hemophila on the recessive X chromosome
Turners Syndrome is caused by chromosomal non-disjunction during oogenesis or spermatogenesis.
Answer:
True
i needed more characters so ignore this.
Taproot & fibrous those should be your answers
Answer:
Nucleus
A specific organelle of eukaryotes cells enclosed almost the whole cellular genome. It has a nuclear envelope which is a double membrane. It contains the chromatin, nucleoplasm, nucleolar, and primary transcripts.
It controls cell metabolism and reproduction. Additionally; the nucleus contains the DNA, which carries the information that is used to make proteins through the messenger RNA
Ribosome
These are organelles that are either found attached to the rough ER or suspended in the cytoplasm
Ribosomes are sites for protein synthesis a carry out this function by arranging the amino acids. The role of ribosomes is the synthesis of mRNA and then protein.
Endoplasmic reticulum
This is a web of the canals filled with fluid. They contain material throughout the cells, the rER and the sER are two types of this organelle.
Ribosomes are present on rough ER and assist in the movement of proteins to the Golgi body. The making and transportation of lipids is the function of the smooth ER.
Golgi apparatus
They are also called Golgi bodies that are stacks of flattened membranous stacks.
It intervenes in:
movement of RER proteins to secretory vesicles
Synthesis of proteoglycans and glycolipids and sulfation of glycolipids
Protein Maturation
The transfer of secreted products
O-glycosylation of certain proteins.
Answer:
By eating primary consumers.
Explanation:
Through carbon transfer